OpenGl的例子

一个基于OpenGL的三维漫游程序，希望对大家有帮助-OpenGL-based three-dimensional roaming procedure, in the hope that everyone has to help

一个比较实用的OpenGL示例！采用VC++编写！可以使大家很快地进入OpenGL的世界中去！-a more practical example OpenGL! Using VC prepared! You can quickly enter the OpenGL world!

monopoly game very cool and fun

一个简单的用OpenGL绘制的场景的代码，比较简短，非常适合于初学者使用。-A simple scene using OpenGL rendering code, relatively brief, very suitable for beginners to use.

opengl编程基础一书的源代码。作者作者:(美国)(Edward Angel)安吉尔 译者:段菲 完整、详细介绍基本的OpenGL函数和命令，便于读者快速查找 从非数学角度介绍如何进行OpenGL程序设计，有利于读者迅速入门 各章提供可运行的范例，有助于读者理解和应用OpenGL函数 -opengl programming based on the book" s source code. Author Author: (United States) (Edward Angel) Angel translator: Fei Duan complete details of the basic OpenGL functions and commands, easy to readers to quickly find the perspective from a non-mathematical procedure describes how to carry out the design of OpenGL and is conducive to the rapid entry of the chapter the reader provide an example of running to help the reader understand the function and application of OpenGL

C#封装的OpenGL 3D游戏引擎-C# Package of OpenGL 3D game engine

opengl例子，旋转的地球-opengl example, the rotation of the Earth

This demo implements the marching cubes algorithm for constructing a polygonal model from an isosurface. The isosurface chosen here is a classical metaballs setup. Metaballs are isosurface chosen here is a classical metaballs setup. Metaballs are defined by field function that s the sum of R2 / ((ball.x - x)2 + (ball.y - y)2 + (ball.z - z)2) for all balls. The surface is defined to be where the sum is one.-This demo implements the marching cubes algorithm for constructing a polygonal model from an isosurface. The isosurface chosen here is a classical metaballs setup. Metaballs are isosurface chosen here is a classical metaballs setup. Metaballs are defined by field function that s the sum of R2/((ball.x- x)2+ (ball.y- y)2+ (ball.z- z)2) for all balls. The surface is defined to be where the sum is one.

光照和键盘控制: 添加光照和键盘控制，它让程序看起来更美观。 -Learning how to texture map has many benefits. Lets say you wanted a missile to fly across the screen. Up until this tutorial we d probably make the entire missile out of polygons, and fancy colors. With texture mapping, you can take a real picture of a missile and make the picture fly across the screen. Which do you think will look better? A photograph or an object made up of triangles and squares? By using texture mapping, not only will it look better, but your program will run faster. The texture mapped missile would only be one quad moving across the screen. A missile made out of polygons could be made up of hundreds or thousands of polygons. The single texture mapped quad will use alot less processing power.

nehe的源代码，调试通过，能运行-nehe source code, debugging is passed, will be able to run